Yi's paper on N-polar AlGaN-based UV LED with Grading Quantum Barriers is accepted by Acta Photonica Sinica!
Ronghui's paper on new metalens architecture is accepted by Optics Letter!
Ronghui has successfully passed the Ph.D. Proposal Exam today! Congratulations!
Feras has successfully defended his M.S. thesis today! Congratulations!
Bhera's paper on high-Temperature β-Ga2O3 photodetectors is accepted by the Journal of Applied Physics!
Jiangnan's paper on UV light emitting and detecting dual-function devices is accepted by Optics Letter!
Zhongjie and Yi's paper on the first UV LED without Electron Blocking Layer is accepted by IEEE Photonics Journal!
Norman's paper on experimental determination of polarization field is accepted by Japanese Journal of Applied Physics!
Our works on polarization of BAlN and BGaN are cited by Wikipedia!
Since the research of III-nitride LED and lasers started decades ago, the device design has been largely determined by deliberate device simulation or referring to prior arts.
Recently, the activities of artificial intelligence (AI) through machine learning (ML) such as AlphaGo has prompted us to think about integrating this powerful technique into the LED and laser research to make the research process more efficient with the eventual goal of improving device performance.
Davide's paper about enhanced electro-optic performance of surface-treated AlGaN nanowires is accepted by Optical Materials Express!
Great news! Our 2018 Competitive Research Grant (CRG) application is approved for a cutting-edge semiconductor project from 2019 to 2022!
Prof Li is unanimously approved by OSA’s Board of Editors to serve as an Associate Editor for Photonics Research!
Kuang-Hui is included in the latest US National Science Foundation in front of a semiconductor processing system we are building in a US company based on our patents developed at KAUST.
Manjari's paper about surface passivation process for AlGaN/GaN HEMT is accepted by the Journal of Applied Physics!